# Real-time Heatmap Plot Test

1. Single Series - Normal
2. Single Series - Beta
3. Single Series - Normal, Single Update
4. Single Series - Beta, Stream Update
5. Single Series - Color Override
6. Multi Series - Normal + Beta
7. Multi Series Color Override
8. Range Independent Bucketing
9. Option: buckets
10. Option: bucketRange
11. Option: bucketPadding
12. Option: cutOutliers
13. Option: opacity
14. Show/Hide Layer

## 1. Single Series - Normal

Select random values from the normal distribution and display them with the heatmap.

## 2. Single Series - Beta

Select random values from the Beta(2, 5) distribution and display them with the heatmap.

## 3. Single Sieres - Normal, Single Update

Plot the normal distribution and transition a new element when the button is pressed.

## 4. Single Series - Beta, Stream Update

Plot the Beta(2, 5) distribution and begin streaming new elements each second once the button is pressed.

## 5. Single Series - Color Override

Change the bucket base color to orange and plot the Beta(2, 2) distribution.

## 6. Multi Series - Normal + Beta

Plot the Beta(2,5) and Normal distributions as two layers in a single heatmap. Stream elements to the plot by pressing the button. The normal distribution layer is in blue and the beta in green.

## 7. Multi Series Color Override

Plot the normal distribution and the Beta(2, 5) distribution overrding normal to be in red, and beta to be in purple.

## 8. Range Independent Bucketing (Issue #41)

Discrete bucketing of sparse histogram values should produce similar looking graphs regardless of numeric relation between the range of the plot and the number of buckets.

### Range [0, 100] with 20 buckets

### Range [0, 100] with 45 buckets

## 9. Option: buckets

|

## 10. Option: bucketRange

|

## 11. Option: bucketPadding

|

## 12. Option: cutOutliers

|

## 13. Option: opacity

|

## 14. Show/Hide Layer

|